I use CUDA to accelerate radiotherapy dose
calculations for cancer treatment.
Nick Henderson, Stanford University
I use CUDA for calibration of radio telescopes. Using
CUDA acceleration I can calibrate terabytes of data
almost in real time.
Sarod Yatawatta, ASTRON, the Netherlands Foundation
for Research in Astronomy
We used CUDA to move our CPU-based satellite
image geocoding routine to the GPU: we got an
amazing 50x without major revision of our code.
Rolf Krause, Università della Svizzera Italiana
HPC on CUDA is fun!
Andrea Miele, EPFL Lausanne, Switzerland
I use CUDA in molecular dynamics simulations to
study flexible HIV molecular targets.
Sergio Ribone, National University of Córdoba, Argentina
I use CUDA to enable real time image processing and
ultrasound probe tracking during endoscopic
Philip Pratt, Imperial College, London
I use CUDA to accelerate simultaneous Cellular
Automata simulations of lava flows.
Giuseppe Filippone, University of Calabria, Italy
I use CUDA to train a neural network that learns to
remove noise from an electrocardiogram (ECG).
Rui Rodrigues, Universidade Nova de Lisboa, Portugal
Invert 3D and 4D seismic data for subsurface
properties and enjoy the 20-25x speedups!
Jeffrey Shragge, University of Western Australia
I use CUDA to accelerate nucleotide sequence
alignment in the DNA assembly algorithm. What
used to run on HPC clusters now runs on my PC.
Michał Kierzynka, Poznan University of Technology, Poland
CUDA programming on GPUs is easy and can change
the scope of simulations of real physical problems.
Monica Syal, University of Maryland, College Park
I use CUDA to accelerate residue-level protein
structure alignment for life science research.
Simulations that took two months now take a day.
Bin Pang, University of Missouri
I use CUDA to implement large-scale neural
architectures. Bio-inspired models can be now used
in real-world situations.
Manuela Chessa, University of Genoa, Italy
I run Monte-Carlo valuation of hedge fund portfolio
on CUDA grid. Millions of options are now valued
within minutes, instead of hours.
Yuriy Zanichkovskyy, ELEKS
Design and implement algorithms to solve
computational geometry problems in 3D and 4D.
Ashwin Nanjappa, National University of Singapore
I use CUDA to accelerate sorting algorithms and
algorithms for collision detection. The speed up is
Johannes Eckstein, NuCOS
I use CUDA to accelerate the polycrystal grains grow
simulation for atmospheric research. Our simulation
is now 300X better!
Jorge Atala, Universidad Nacional de Cordoba, Argentina
I use CUDA to accelerate 3D reconstruction
algorithms in electrical tomography for imaging of
industrial processes. Computations that took hours
now take minutes.
Robert Banasiak, Lodz University of Technology, Poland